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Rio Salado’s semiconductor course moves learners from VR to lab work

Detailed view of a microchip on a printed circuit board, showcasing electronic components.
Photo by Jeremy Waterhouse · Pexels source · Pexels License · Representative stock photo; does not depict the reported event.

AP’s Nov. 5 report follows a fall cohort at ASU, while a separate SEMI Foundation post documents an opening-day orientation for Rio Salado students.

Editor's Note: Sources and receipts for this article can be found below!

A public SEMI Foundation post describes its team joining Rio Salado students at an opening-day orientation for a 12-week Microelectronics and Nanomanufacturing Certificate Program. The page shows only a relative age, not a calendar date, and it does not identify whether its students were the fall cohort later described by The Associated Press. In a Nov. 5 report from Tempe, AP documented Rio students training in virtual reality and at Arizona State University’s NanoFab. The accounts offer separate views of a route into semiconductor work.

AP reported that the fall cohort included about a dozen students and would receive about 20 hours of hands-on clean-room training. One photo caption in AP’s Nov. 5 story dates a pictured NanoFab session to Oct. 20. That date applies to the pictured session, not the cohort’s start. Students wear protective suits and goggles in the controlled environment, where particles can interfere with sensitive equipment and materials.

The cohort first practices fabrication procedures using virtual-reality headsets, AP reported, before moving into ASU’s clean-room labs. During its visit, AP observed student Ethan Mock operating machinery used to make chips.

AP’s account describes chip production as involving hundreds of carefully controlled steps. ASU professor Trevor Thornton told AP that the clean-room experience lets students practice procedures and makes it easier for industry to train them. That is his assessment of the training setup, not an outcome for this fall cohort.

Because the group was still in training when AP reported on it, the figure describes the course’s stated hands-on component, not time every student had already completed. Neither AP nor the materials reviewed provides a course-wide assessment or completion count.

The people AP met had different work and education histories. They included a 64-year-old middle-school teacher, a software developer in his 50s who had recently been laid off, gig workers without degrees and younger students considering alternatives to a traditional college path. The report does not say those backgrounds are typical; they show the variety among this particular small group.

Mock, 23, told AP he had been studying business administration at Northern Arizona University and had no semiconductor background. He heard about the course on the radio in July and signed up. AP observed him working in the ASU lab and reported that the hands-on session made the topic exciting to him. That is one student’s experience, not evidence of what every participant will take away.

Rick Vaughn, who manages technology and engineering courses at Rio Salado, told AP that short, hands-on programs can create a path into technician work without a four-year commitment. That is his description of what the model can offer, not a placement result for the current students. AP also reported that the program offered students a chance to interview with Arizona chipmakers. An interview opportunity is not a job offer, and the cohort was still in training.

The broader training landscape is part of the story too. AP reported that more than 200 colleges and universities across the country have coordinated with SEMI, the industry group, to prepare workers as new manufacturing facilities open. The article describes government and company support for this kind of training, while noting that demand for technicians is growing. Those national efforts do not show where any individual Rio student will work.

The program also has a longer history than its current public-facing course. AP reported that an earlier version serving veterans began about 15 years ago, and described the free course for the public as newly opened this fall. The sources reviewed do not explain how the earlier training and this cohort relate in detail. This article keeps the history separate from the fall students AP met.

For now, the reporting captures a class in progress: students moving from simulated fabrication procedures to time in a clean room. The SEMI post describes an opening-day orientation but does not establish its calendar date or whether it was the same group AP visited. The available reports do not provide completion or job-placement figures for the fall cohort.

Sources and receipts

These records support the reported claims and show when each source was published.

Community colleges rush to expand semiconductor training as labor shortage looms US chip industry · 2026-11-05 ↗

Associated Press via San Antonio Express-News · supports: Current fall cohort and approximate size; student backgrounds; Mock’s reported experience; VR-to-lab sequence; approximate 20 clean-room hours; Oct. 20 date in a caption for one lab session; faculty characterization and interview opportunity. This is one AP report republished by Express-News, not separate reports. AP images are not cleared for reuse.

SEMI Foundation post on Rio Salado MNCP opening-day orientation · Date not listed ↗

SEMI Foundation, public LinkedIn post · supports: First-party partner account describes SEMI Foundation joining Rio Salado MNCP students at an opening-day orientation for a 12-week journey. The page's relative-age display does not establish a calendar date or whether this was the fall cohort AP later reported; do not use it to date that group or the Oct. 20 lab.

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